Network Traffic Analysis Using Wireshark

Abstract

Network traffic analysis plays a pivotal role in securing and optimizing modern computer networks. This research leverages Wireshark, a widely-used network protocol analyzer, to delve into the intricate details of data exchanges within a network. This paper focuses on real-time packet-level analysis, dissecting communication patterns, and identifying potential vulnerabilities. Employing a comprehensive methodology, the research aims to unveil insights into network behavior, detect anomalies, and enhance overall network performance. The project employs Wireshark's robust capabilities to capture and analyze data packets, providing a granular understanding of network protocols, traffic types, and communication flows. Through statistical and visual representations, the paper seeks to reveal patterns, anomalies, and potential security threats. By combining protocol analysis with statistical metrics, the research aims to contribute valuable insights for network administrators and cybersecurity professionals, aiding in the proactive identification and mitigation of network issues. Ultimately, this research endeavors to enhance the overall reliability, security, and efficiency of computer networks through the utilization of Wireshark as a powerful tool for network traffic analysis.